Creating a Unified Marine Spatial Planning and Management Environment
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The document discusses the creation of a unified marine spatial planning and management environment, highlighting the importance of data management, standardization, and geospatial analysis for effective marine spatial planning. It emphasizes the use of Enterprise GIS to publish data services and tools for application consumption, while providing examples of geospatial analyses related to marine life and oil spill risk assessments. Additionally, it outlines the role of strategic relationships, such as the ESRI Oceans Forum, in supporting these efforts.
Creating a Unified Marine Spatial Planning and Management Environment
- 1. Creating a Unified Marine Spatial Planning and Management Environment Keith VanGraafeiland 2014 Esri User Conference
- 2. Successful Marine Spatial Planning • Data Management - Importance of data management and standardization - Define data - Tracking data – Source data and derivatives - METADATA • Geospatial Analysis - Meaningful analysis - Support scientific staff - Data modeling for standardization • Enterprise GIS - Publish data (layers) services and geo-processing tools for application consumption (both managed servers and ArcGIS online)
- 4. Data Management: Importance of Data Models • Authoritative agency data models
- 5. Data Management: Authoritative Geospatial Data Sources
- 6. Data Management Tools • ArcGIS • Enterprise Database • Data Models and Schemas • Data Collection Workflows (Equipment and Sensors) • Data Analysis/Enrichment Workflows and Processes • Metadata Parser/Assembly Tools
- 8. Geospatial Analysis: Air Emissions – Impact Producing Factors (IPF) Documented Policies into a Spatial Framework Outer Continental Shelf Lands Act (OCSLA)
- 9. Geospatial Analysis: Air Emissions IPF The use of Model Builder helps standardize and automate processes. These tools can be distributed through an Enterprise GIS Infrastructure.
- 10. Geospatial Analysis Example: Sperm whale densities relative to ship traffic Data sources: Sperm Whale Sightings: OBIS AIS Data: Marine Cadastre
- 11. Geospatial Analysis: Loggerhead turtle densities relative to ship traffic Data sources: Loggerhead Sightings: OBIS AIS Data: Marine Cadastre
- 12. Geospatial Analysis: Oil Spill Risk Assessment (OSRA) Model New and different ways to visualize data in more meaningful fashion.
- 13. Enterprise GIS
- 14. Enterprise GIS
- 15. Enterprise GIS Ability to publish data services for consumption Maintain control of the data
- 16. Strategic Relationships • ESRI Oceans Forum (http://www.esri.com/events/oceans) - Scientific knowledge base to support marine spatial planning